An endurance event, like a bicycle race or marathon, requires an athlete to expend energy over hours of physical activity.
An eating strategy to maximize energy for the competition will include meal modification days before the event, as well as incorporation of fluids and snacks into the racing protocol.
Formulas for eating regimens and fluid replacement will need to be adjusted through trial and error, nonetheless, to reflect personal preferences and performance needs.
Carbohydrate loading is part of race preparation for a number of endurance athletes. Following such a regimen boosts muscle glycogen, the fuel that powers your muscles, by 20 to 40 percent above normal levels.
Here are the general recommendations for carbohydrate loading, complete with sample menus
Carbohydrate Loading
Begin to taper-down workouts seven days before the competition. During the first three days of tapering, your daily food intake ought to meet your weight maintenance caloric needs with 50% of calories coming from carbohydrates.
To figure out your individual caloric needs, attempt using the Nutrient Analysis Tools and System website.
2000 Calorie Menu (50% of calories from carbohydrate)
Breakfast - 1 cup (c) of orange juice, 1 whole wheat English muffin with 2 tablespoons (T) of “light” cream cheese
Lunch - Turkey sandwich [3 ounces of lean turkey, 1 ounce of cheese, 2 slices of whole wheat bread, lettuce, tomato, and two teaspoons (t) of mayo], 1 medium apple, and 2 T of peanut butter
Dinner - Pasta [1-. c of pasta, . c of marinara sauce, 5 small meatballs (lean), 2 T of parmesan cheese], 1 roll, 1 c of salad with 1 T of low-fat dressing, and . c of low-fat pudding topped with . c of strawberries
Snack - 2 T of raisins
Carbohydrates should provide 70% of sum calories for the second three days of workout tapering.
2000 Calorie Menu (70% of calories from carbohydrate)
Breakfast - 1 c of orange juice, 1 big whole wheat bagel with 2 T of “light” cream cheese
Lunch - Turkey sandwich (2 ounces of lean turkey, 2 slices of whole wheat bread, lettuce, tomato, and 2 t of mayo), 1 ounce of pretzels, and 1 medium apple
Dinner - Pasta [1-. c of pasta, . c of marinara sauce, 3 small meatballs (lean), 2 T of parmesan cheese], 1 roll, 1 c of salad with 1 T of regular dressing, and . c of low-fat pudding topped with . c of strawberries
Snack - 1/3 c of raisins
Lastly, take a rest from exercise the day before the competition.
A final high-carbohydrate, low-fat meal should be consumed 3-5 hours ahead of the race to ensure the food will be out of the stomach ahead of the race begins. an example of this kind of meal is a whole-wheat bagel with low-fat yogurt and a banana.
Entering a race properly hydrated and then maintaining fluid and electrolyte levels throughout the competition aren’t only important for achieving optimal performance, but also for avoiding hazardous states of under- or over-hydration.
Fluids lost through sweating ought to be replaced in order for the body to properly regulate its internal temperature, but consumption of too much water may cause a perilous imbalance in body chemistry.
Regrettably, taking in the proper amount of fluid during exercise isn’t always easy, because thirst is rarely an accurate measure of fluid needs.
Attempt using the USA Track and Field organization’s tool for deciding an individual hydration plan. the following hydration guide should be adjusted according to the results of your self-test.
Approximately 15-20 minutes ahead of the race starts, drink 3-4 fluid ounces of an isotonic beverage that will provide a moderate carbohydrate boost for energy.
Isotonic Drink
1 liter water
50 grams sugar OR 250 ml fruit juice concentrate
1 pinch salt
If you plan to use sugar in the drink, you’ll want to bring water to a boil and then add the designated amounts of sugar and salt. Stir until the solids are dissolved, let the liquid cool, and refrigerate.
If you plan to use fruit concentrate, you can simply mix the ingredients together in a bottle and store in the fridge until used.
When the race starts, follow your previously determined “Program for Optimal Hydration.” the fluids taken in can deliver needed energy to the muscles as glycogen stores start to fall.
Studies have shown that eating 0.7 grams of carbohydrate/kilogram of body weight/hour of exercise will increase endurance.
This amounts to approximately 38 grams of carbohydrate for an individual who weighs 120 pounds, or 60 grams for someone who weighs 190 pounds.
These carbohydrate needs can be met by consuming a high carbohydrate energy bar, 1 big bagel, . cup of dried fruit, approximately 24-fluid ounces of sports drink, or the isotonic beverage described above.
Trying out these new meal and fluid programs and adjusting as necessary during training will help you develop an individualized strategy to reach your maximum riding potential. Good luck!








